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1=0,1409 V V₂=0,1715x 12=O 5. Comment on the on-voltages of D₁ and D₂. 3 = 0,1370 ). 1387MA

1=0,1409 V V₂=0,1715x 12=O 5. Comment on the on-voltages of D₁ and D₂. 3 = 0,1370 ). 1387MA

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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4/1 R₁ ww + V₁ Vin D₁ D₂ Figure 1: Circuit for Laboratory Experiment 3 4. Set Vin = 0.5 V and repeat the experiment. V₁=0,1709 V V₂ V₂=0,17151 5. Comment on the on-voltages of D₁ and D₂. R₂ /3 1 D₁ = 0,4127V D2=0,58311 I = 0.1387 MA 12=O I3 = 0,1370 2 D₁ = 0,5425V D2=016292✓ 3 D₁ In the circuit in Figure 1, D₁ is a germanium diode and D2 is a silicon diode. R₁ = R2 = 1.2 kn. 1. Build the circuit on breadboard. 2. Set Vin = 3V and measure the voltages on D₁ and D2. Measure the currents /1, 12 and 13 as well as the voltages V₁ and Vz. IL = 11.5444 MA 02=0₁17181 V₁: 1199602015908 €3= 014532 MA 3. Set Vin = 5V and measure the voltages on D₁ and D2 again. Measure the remaining currents and voltages. V₁= 3,8675 V₂ = 0,6303 I1=2.9814 = 0,1896V 12= 2,2955 mA I3 = 0, 4829 MA 6. Show that KVL and KCL hold for the circuit in Figure 1. 2 loop equations and 1 nodeequation are needed for KVL and KCL, respectively. Design a detailed report with the help of Report Writing Guide. Remember to use the notes you took during the laboratory session. You are allowed to use the photographs you took during the session. Do not forget to answer all questions.
Transcribed Image Text:4/1 R₁ ww + V₁ Vin D₁ D₂ Figure 1: Circuit for Laboratory Experiment 3 4. Set Vin = 0.5 V and repeat the experiment. V₁=0,1709 V V₂ V₂=0,17151 5. Comment on the on-voltages of D₁ and D₂. R₂ /3 1 D₁ = 0,4127V D2=0,58311 I = 0.1387 MA 12=O I3 = 0,1370 2 D₁ = 0,5425V D2=016292✓ 3 D₁ In the circuit in Figure 1, D₁ is a germanium diode and D2 is a silicon diode. R₁ = R2 = 1.2 kn. 1. Build the circuit on breadboard. 2. Set Vin = 3V and measure the voltages on D₁ and D2. Measure the currents /1, 12 and 13 as well as the voltages V₁ and Vz. IL = 11.5444 MA 02=0₁17181 V₁: 1199602015908 €3= 014532 MA 3. Set Vin = 5V and measure the voltages on D₁ and D2 again. Measure the remaining currents and voltages. V₁= 3,8675 V₂ = 0,6303 I1=2.9814 = 0,1896V 12= 2,2955 mA I3 = 0, 4829 MA 6. Show that KVL and KCL hold for the circuit in Figure 1. 2 loop equations and 1 nodeequation are needed for KVL and KCL, respectively. Design a detailed report with the help of Report Writing Guide. Remember to use the notes you took during the laboratory session. You are allowed to use the photographs you took during the session. Do not forget to answer all questions.
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